Ticket issuing machine



Aug. 28, 1945. R. H. HELSEL TICKET IssUING MACHINE Filed April 25, 1940 `4 SheetsfSheet 1 R /M AW Y vy L y Hlt/frs,

Aug. 28, 1945. R, H HELSEL 2,383,796

TICKET IssUING MACHINE Filed April 23, 1940 4 Sheets-Sheet 2 Q f@ lk@@a@ @a Aug.' 2s, 1945.

R.. H. HELSEL TICKT ISSUING MACHINE Filed April 25, 1940 4 sheets-sheet' 5 Aug. 28, 1945. l R* H HELSELv l 2,383,796

` TICKET IssuINlGl MACHINE Filed April 23, 1940 4 Sheets-,Sheet 4 Patented Aug. 28, 1945 vUNITED STATES PATENT :OFFICE t nokia Reuben n. ncisci, signor to 'General R i'Islair City, N. Ys,- asfegistei- Corp'oratiomyNew York, N.-Y.i,v ay corporation of Pennsylvania Applicatioii April 23, 1940, Vseriiii iid. sji

This invention relates to an accounting device for ticket issuing machines, and particularly to a device which wi11 provide a printed record of the issue of tickets. v l

at the present time ticket issuing machines, `for example, of thetype used in theaters, are provided with counters which indicate thetotalsnumber of tickets issued by the machines.v These counters are generally so arranged as to be inaccessible to the cashier who `operates the machine and `are usually of a type which cannot beset back without substantial dismantling of the machine. Usually the manager of a theater willveamine these counters from day to day and report their indications to the theater ownerwho may possibly own a chain of theaters. Unless the owner has an auditor examine the counters, it is possible 4for the manager to make erroneous reports for fraudulent purposes. It is further ydesirable `to know the amount kof business a theater does at various hours, and also to have a record of the time when the theater is open for business. Y

It is a broad object ofthe presentinvention to provide an accounting device adapted to be p-` erated by one or more ticket issuing. machines to issue a sealed printed record showing various data regarding the operation ofA the machine.` These data, for example, mayconsist of thorium-A ber of tickets indicated by the counter ofgeach unit of the machine at the time the theater is opened and then the indications of, the counters of the various units at, for example, hourly in tervals throughout the period of use.

The general objects, as weil as specific objects, particularly relating to details of operation, wil-l be apparent from the following description, read in conjunction with the accompanying drawings, in which:

`Figure 1 is a side elevation, partially in section,

lof the left hand side ofthe accounting device; f

Figure 1A is a diagram illustrating certain control actions occurring in the opening and closing of a door of the device;

Figure 2 is a. plan view, with parts brki` away,l showing the accounting device and its association with a plurality ofticket issuing'l units;

Figure 3 is a vertical section,takef1 nth pla'e indicated at 3-3 in Figure 2;

Figure 4 is a' vertical section taken n the iiliiiieV indicated at 4-4 in Figure 2; y i

Fig/ui 5 is a frag'rnetaiy li'JStiVe illustrating the control of a mainl by opi'e'ratinsv under the control of a ticket issuing .attendant and the manager of a theater, respectively;

. jiirufc isc wiiiii'zfdicgrcinfshcwiiic the ciccfficai coiiigicctidps ci che h'iachihc; and j 'gu 7 isvawfprspective View showing a pre- @erred typ'e of record ihibe'r oh which entries are madeby the machine. l

A casing I is provided for the accounting device and the ticket' issuing dhi'ts. A This casing, which is indicated 'generally ih the heures, is of a type which iccoiivhiiohal .ih `ticket issuing dcvjicjefs. The casing is' provided with c, pair of iock'd doors, one o'f `,(cnveitional and rot shown) Leiiene'd lythe 4cashier the use of "a key lfoi iocatiorji of ticket strips" within thc hiachihc to be fed through fthe ticketissuing units. Another door, indicated ci isa, is Iccuhiicd to hc opened only By thtlitr manager. The' 'tickets a'rrher for vthe accounting apparatus, are

Agie unit) will cause the motor to be gprci copvciiciohai 1d datore add hccd not he furtherhdesr'ibed.

The machihc as disclosed comprises a pair of `hciici issuing udite z' ccd2 adapted, `for* cxampic, to isjs'd tickets oft'w denominations in 'the usual fashion. It will be evident that more than two units iha'yh'e tied into the accounting mechanism, but for purposes i description only two units and the corresponding'accounting units are illusi tlied- Theticke't issuing units are merely diagramiiidticauy iihijstiatcdy as of the type disciosed in ,detail in :hy Parchi No. 2,176,966, issued october ai, files.v These 'driven by a commoh motor 3 (Figure 6), comprisekeys 4 and arranged to behdepressed by lanloperatr' t` is's'ue varying nu'mbersvof i'liclie'tlsfr als indicated 'on' the keys. The tiketsivare delivered means oi? pinwheels 6 and are adapted tobe severed in groups by means of amQvable knife l8. A swtchuindiated at 5 (FigureV 6) common i switches in paralleL-veach corresponding to a siny energized non depression Ofanv ker.

units 2 2f comprise counters i0 and l0' driven through shafts I2 and l2f by, for exccdii thc "udito or c pdiiihcr of i sponding accounting units, meshing with gears. 22 and 22 adapted to drive number printing devices. As illustrated in Figure 4, the gear 22 of one of these units drives through a gear 24 a pinion 26 which forms the operating pinion fori the number printing head of this unit. The f number printing head, indicated generally at 28,

may be of conventional type and need not be' described in detail, it being suflicient `to point` out that it should correspond in its denominational orders to the counter I0. The carrying 'of numbers is effected through the mutilatedgear arrangement indicated at 30. The other num,- ber printing unit or units are the sameas the one just described.

In some instances it is desirable that the number printing heads may be set back to zero. To accomplish this, a gear 32 is secured to a shaft running inside the heads and adapted in conventional fashion to zeroize them by its rotation. The gear 32 is driven by a series of gears indicated at 34 and 36 by a knob 38 projecting toward the front of the machine inside the door |88 which is under the control of the theater manager. The attainment of a zeroizing posi-v tion is indicated to the person who manipulates the knob 38 by the dropping of a lever 4|) pivoted at 4| under the action of a spring 42 into a notch in a cam 44 driven by the gearing. The presence of this lever in the notch can ,be Vfelt and serves as an indication that the printing devices read zero. As will be explained hereafter, it is preferable to eliminate the zeroizing arrangee ment in most instances, so that the numbers printed by lthe devices 28 will correspondto the numbers indicated by the counters.

Included within the machine is a clockwork mechanism 46, preferably of the synchronous motor type, which drives a shaft 48 at one revolution per minute. As indicated in Figure 3, the shaft 48 carries a cam 50 with which there engages a roller 52 carried by one arm of a bell crank 54, which is urged in a counterclockwise direction as viewed in Figure 3 by a spring56. The other arm of the bell crank has pivoted to it at 58 a pawl 60 which is provided with a nose por- .tion 62 engageable under the action of a spring 64 with the teeth 68 carried by a drum 'I6 carried by a horizontal shaft TI. The pawl 60 has xed to ita nose member 66 which normally clears the teeth I0 carried by a drum 80 located beside drum 'I6 and mounted on a sleeve 8| surrounding shaft 'II. The sleeve 8| is journalled in the side supporting plates.

The drum I6 is provided with type14 to print the numerals 00 to 59, to indicate minutes, while the drum 80 carries forty-eight type faces I8 to print four times over the numbers l to 12 to indicate hours. There are sixty teeth`68 and fortyeight teeth 'I0 carried by the respective drums and adapted to be acted upon by the pawl noses 62 and 66, respectively. Normally, when movement of the bell crank 54 takes place, only the drum 16 can be'rotated because the nose 62 will not permit the nose 66 to drop suiiciently low to engage the ratchet teeth 10, However, in the transition from the 59 to 00, the nose 62 may drop into a deep recess' 72 between the teeth, and consequently the nose 66 will engage a ratchet tooth 'I0 to change its position to print a subsequent hour. The stroke of the pawl 60 is, of course, suiiicient to provide 1/48 revolution of the drum 80, and is less than suilicient to cause it to move back over two teeth of the ratchet 6B. Thus the latter is advanced ik() of a revolution at each movement of the pawl and the former 1/8 of a revolution whenever a change of hour is required. Detents 82 and 84 are adapted to engage the two ratchets to prevent retrograde movement as the actuating pawl 60 moves on its reverse strokes.

The drums 'I6 and 80 carry numbers about their peripheries kvisible through a window, not shown, in the cover plate of the machine. The numbers are so arranged as to correspond to the type faces which are in printing position as described hereafter, so that the operator may see whether the correct time is being printed. If that for some reason should not be the case, a note of the fact should be made and the time indications corrected by the manager the next time he opens the machine.

The sleeve 8| carries a gear 86 on which may be secured in suitable position a cam B8, which is adapted, as described hereafter, to prevent the formation of records throughout certain periods of a day if such action is desired. The gear 86 meshes with a'gear 90 journalled in the frame, which gear 90 carries a cam 92 adapted to act alternately upon the arms of a bell crank follower lever 94 secured to a shaft 96 mounted in the frame. This shaft 96 in turn carries a segment 98 meshing with a pinion |00, Awhich. carries on a downwardly depending extension I|0 a pair of type faces adapted to print rA. M. and P. M. designations. The pinion |00 meshes with a pinion |02, which in turn meshes with a pinion |04 having an upward extension, as indicated at |06 which has a face |08 on which are printed A. M. and P. M. markings arranged to be alternately visible through the window in the top plate through which there may be viewed the time indications on the drums 'I6 and 80. It will be evident that since the drum rotates once in twenty-four hours, there will be at each half a revolution, due to the action of the cam 92, a change from an A. M. to P. M. indication at |08 and a corresponding change of type surface in the printing position. Thus a complete time indicatiom is made visible and is adapted to be printed as pointed out hereafter.

Carried by the frame of the accounting unitis a solenoid II2 which, when energized, is adapted to pull upon a plunger armature ||4 connected by a link I I6 to a bell crank I I0. This bell crank carries a transverse platen bar |20 faced with yielding material and adapted to act as ahammer to force upwardly against the type faces of the time indicating mechanism and of the numbering heads a member described hereafter on which a record is to be printed. The active position of all the type members is, of course, in line with this bar |20 so that across the record member there will be printed the simultaneous indications of all of'these devices.

Pivoted to the bell crank II8 at |22 is a driving pawl |24 urged by spring |25 into engagement with the teeth of a ratchet |26 connected to a movable roller |28 cooperating with a secassegna end roller llanto pinch and reed a v"record Imember guided to them overaplate |32,benesthedge guiding members |34. Upon each movement of .the bell crank 1||6 'a record member `tutti"ancin'g step v,is imparted 'to the l'roller |26 iso :as to .bring on -the..record member a clean s rface in position for' afsubsequen-t printing. 'The record member is deflected downwardly as it is fed -'by the guiding plate |36.

The `roller |26 is mounted in fixed bearings. The roller |30, on the other hand, is journalled in :levers |36 pivoted at |40. One of 'these levers is connected to `a spring |42 so as to cause the roller |30 to move downwardly to press the record member 206. A link |46 extending to the front of the machine may be pressed by the theater manager toraise the roller |30 to `permit the ready insertion of the yrecord member.

The .shaft 11 carryingthe drum 16 hassecured to it a cam |44 -located forwardly las viewed in Figure 1 to clear the cam 66. Upon kthe cam |44 there bears a roller |46 carried by a lever A|46 pivoted in the frame at |50. This lever |48 has plvoted to it at |52 a link |54 having a shoulder |66 beneath which a portion of the link depends.

A spring |56 attached to an ear at the upper end of link |54 urges it in a clockwise direction as viewed in Figure 1 and also serves to urge the roller |46 into engagement with 'cam |44. Normally the link |54 rests against a piece of insulation |60 carried by the upper one of a pair of spring switch members |62, normally sprung apart, as indicated in Figure 1.

.A second link |64 provided with asimilar shoulder and depending portion is pivoted at |66 to a bell crank |66 pivoted to the machine frame at |10. The arm *of the bell crank to which this link is pivoted is provided with teeth meshing vi'th teeth carried by the generally horizontal arm of va bell crank |12 pivoted tothe machine frame aty |14. The bell cranks |66 and |12 are respectively provided with pins |16 and |16 extending within slots |80 and |82 in a sliding b'ar |64 urged forwardly by a spring |66 into engagement with the door |68 controlled by the lock |60, which maybe opened only by the theater manager. A spring |61-urges the link |64, in the same lfashion as the link |54, into engagement with insulating piece |60.

As illustrated particularly in Figure 5, the door |88 is hinged at |92 and is adapted to be locked inlclosed position by the lock |90. Pivoted to it is a link |94 having a turned end |66 embracing the .lever |86 of a switch 200. (See Figure 6.)

By reason of this arrangement, the switch, which is of rsnap type,`wil1 necessa ily be opened every time the door |66 is opened. At such time the operator should have removed the key from lock 204, as described below. 'I'he closing of the door, however, will not reclose this switch.

The lever |96 of the switch 200 is also engageable by the depending ear 262 of a lock 204, which may be operated only by the cashier. When the cashier leaves the machine, the ear 202 may be turned counter-clockwise as viewed in Figure 6 to a substantially horizontal rposition away from the lever |88. Such movement, however, will not open the switch. On the other hand, if the switch is in open position, a reverse movement of the lock eected by the cashier will result in closing of the switch so as to place the machine in condition for further operation.

Asl illustrated in the diagram of Figure 6, thereis a second switch 203 in the circuit of the motor 3 fwhich is controlled by the lock 204 carbon paperl 208.

on the `bell crank |66, which,

through the action` of a `forked arm 20|. This arrangement is such that when the Acashier turns ear 202 counterclockwise as above stated, switch 206 will be ,fopened so that depression of the machine :keys `fcannot effect operation of any of the units. 0n :the otherfhand, unlocking of the niachine closes switch 203 `so that operation is possible. I f

The record member which is used in the ma :chine kis illustrated in Figure- 7. In its preferred form it com-prises a'sheet y206 yof paper which may bers. fairly stiff cardboard. Above this with its treated faceagainst the sheet 2,06` is a sheet. of The two sheets may be 'see cured together at their edges in any desired fashion, for example, the securing may be effected fbyfsewingmachine stitches 2.| 0. These have the advantage over adhesive that 'if the sheets are separated and an attempt is made to resew them together, it -is practically impossible to effect the restitching 'without showing the marks from the preceding stitching. What is desired in the way cfa record member is a lsealed member to Abe delivered to the rowner of the theater, who can be assured rfrom its appearance that the records which it contains were made by the machine. In

fact, in.addition -to the markings already indie cateda-s being made'on this record, each machine might .make some characteristic mark, so that the machine making the record can be positively identified.

The operation lof the mechanism described will now bereadily understood. At the end of a day, the cashier will have turned the lock 204 counterclockwise so as to bring the ear r-202 to a horizontal position, away from its position, as viewed in Figure 6, away from the switch lever |96, and so as to open switch 203. Preferably the lock is of such nature that the key cannot be withdrawn unless the ear is in such position. As will be evident from the wiring diagram of Figure 6, this leaves open the circuit yof motor 3.` The contacts y|62 will beseparated so that no current will be flowing through the solenoid ||2. The electrical clock mechanism 46 is permanently connected across the line so as to operate continuously- At this time, the various parts ofthe machine will occupythe `positions indicated in the figures, i. e., the shoulders of both the links |54 and |64 will be below the insulating piece and the links will be resting against this insulating piece. 'I'he record member will be in the machine carrying a numberof records, made as `described below-at each hour.

[After the closing of the box oflice, the manager of the theater should remove from the machine the record member therein and replace it with a ynew one on which will be made the records for the following day. To effect this, he will unlock lthe door |66 and swing it open. As the door moves to its open position, the pin |16 will move to the right as the slide |64 is released to be moved tothe right by aispring |86, this movement taking piace because of the action of the spring |61 as mentioned above, has teeth engaging corresponding teeth of the bell crank |12.`v The result of this movement is that the linky |64 (and also link |54 idly) will be raised until its shoulder clears the insulating member |60, kwhereupon the spring |61 will move it clockwise, causing the shoulder to extend above this member. As further movement of the slide |64'takes place, the left hand end of thev slot |60 will engage the YDin |16,` .which has heretofore moved toward the left, @Thereupon this pin- |16 will be forced toward the right under the action of spring |86 and reverse movements of the bell cranks |68 and |12 will occur, forcing the link |64 (also link |54) downwardly and, through the action of its shoulder, causing contact of the two switch members |62. The sequence of operations involving the action of the slots |80 and |82 upon pins |16 and |18 to secure movements of the bell cranks |68 and |12 as just described will be evident from the diagram in Figure 1A. From this it will be seen that as the door is opened the pins move divergently in the slots under the action of spring |61. As opening takes place, the control is effected rst by the right-hand end of the slot |82 and then the control is assumed by the lefthand end of the slot |80. The opposite ends of the slots in the extreme position merely serve as stops to the motion of the link |84. Upon closing the door the sequence of operations occurs in reverse. As will be evident from Figure 6, this causes energization of the solenoid I2, which will pull its armature II4 violently inward, causing the platen member to hammer the record member, which has its carbon facing sheet against the type of the hour and minute drums, the type indicating A, M. or P. M., and also against the numbering type of the numbering heads. Thus a record of the numbers will be made at the instant the door is opened. As the bell crank ||8 reaches the end of its swing, the ear |32 thereof will engage the tail of the link |64 (also link |54), forcing it forwardly to clear the insulating piece |60, thus causing an immediate opening of the switch |62. The solenoid is thus immediately released and the platen member |20 and its carrying bell crank will drop under the action of gravity leaving the parts in the position illustrated, but with the slide |84 in its extreme forward position illustrated in dotted lines in Figure l.

All these actions will have occurred before the loop |86 of the link |84 engages lever |88 and opens the switch 200. The opening of the switch occurs, however7 as soon as the door |88 opens to any appreciable extent suflicient to give any access whatever into the interior of the compartment which it closes, i. e., al1 of these actions occur in rapid sequence in the initial portion of the door opening movement.

The manager can now remove the record sheet by pressing the link |43 inwardly to force upward the roller |30.

The manager should now place in the machine a new record sheet with its carbon paper uppermost in position to be pinched between the rollers |28 and |30. He will then close the door |88 and lock it. As the door is closed the link |94 is ineffective to reclose the switch 200, since the loop |86 is open at its left hand end as viewed in Figure 5. Thus the machine remains deenergized. As the door closes, however, a reverse action on the bell cranks |68 and |12 occurs and again the link |64 is raised to bring its shoulder above |60 and is then lowered to close switch |62. Since the circuit is open at switch 200 the solenoid is not energized to make a record and, of course, it is ineffective to cause the ear |82 to remove link |64 from engagement with |60. Thus switch |62 remains closed.

As soon as the cashier opens the box oflice the next day, her first action to put the machine in operation must be to turn the lock 204 by means of her key to cause the ear 202 to close the switch 200 and the fork 20| to close switch 203, thus providing a circuit lthrough the motor 3 whenever the switch, indicated at 5, of the ticket issuing machine is closed. The closing of the switch 200 will immediately energize the solenoid I2, so that it will immediately make a record of the time and the numbers on the number heads. As this occurs, the link |64 (also link |54) will be released from member |60 by operation of ear |82 and the switch |62 opened.

As the bell crank I8 returns to initial position following the making of this record a step movement will be imparted to the roller |28 through the'action of the pawl |24, thus bringing a clean portion of the record member into recording position.

Following this initial operation of the accounting mechanism at the beginning of the day, a record is made every hour thereafter. This recording will take place due to the action of the link |542` in the same fashion as that described in connection with link |64. The link |54 will be raised by the cam |44 and on the hour the roller |46 will be released by this cam so that the shoulder on the link |54 will effect closure of the switch |82. A record will be made and the switch will immediately open by the action of ear |82 on the tail of the link. After each such operation the record member is advanced by the movement of the roller |28.

Upon a change from morning to afternoon, the A. M. type will be removed from active position and P. M. substituted through the action of the cam 82.

This action will normally continue through the day until the cashier leaves the machine and withdraws her key from the lock 204.

In the machine illustrated, there has been shown a zeroizing arrangement manipulated through the knob 38. Ordinarily this zeroizing arrangement is not desirable, but the numbering heads should continuously print numbers corresponding to the numbers indicated by the counters |0 and I8. If it is desirable, however, that the number of tickets should be started at each day from Zero, the knob 38 may be provided to eiect zeroizing of the numbering heads.

It will be evident that the hourly recording of numbers of tickets will occur from the time the machine is first opened until the manager, by opening the door |88y opens the switch 200. After that time, of course, the link |54 will still be periodically raised by the clock action, so that its shoulder |58 will move above member |60. This, however, only duplicates the action of the link |64 and effects no result. It sometimes happens that a theater may be open for a matinee and then closed for a number of hours until the evening. It would thus be unnecessary to have recording take place during this interval. To prevent recording during this period, it is only necessary to place on the gear B6, which moves with the hour printing drum, a suitable cam 88 to raise and hold out of action the roller |46 during the period of inactivity which is desired.

The type of record which is made is indicated in Figure "I, in which there is illustrated the condition of the record member when it has been partially opened by tearing away the carbon paper 288 from the face of the sheet 206 on which the printing has occurred. The iirst entry is that made by the cashier when she turned her key in its lock. Subsequent records are the hourly records of the numbers of tickets of the two units. The last record is that made when the manager opened the door to remove the record member.

1n the event that duplicate sheets are necessary paper sheets should be included in the record g member.

It will be clear that numerous variations in the embodiment of the invention may be made Without departing from its scope as deiined in the following claims.

What I claim and desire to Patent is:

1. A machine of the type described comprising means for feeding and issuing tickets, means indicating the number of tickets issued by said means, means for automatically recording at predetermined time intervals the indications of said indicating means, controlling means manipulable to prevent ad permit normal operation of the first means during desired periods, and means for additionally recording the indications of said indicating means when the last means is manipulated to permit normal operation after a period of inactivity.

2. A machine of the type described comprising means for feeding and issuing tickets, means indicating the number of tickets issued by said means, means 'for 4automatically recording at predetermined time intervals the indications of said indicating means, a closure for a chamber in said machine, and means operable upon opening of said closure to record additionally the indications of said indicating means at the time of opening.

3. A machine of the type described comprising means for feeding and issuing tickets, means indicating the number of tickets issued by said means, means manipulable to prevent and permit normal operation of the first means during desired periods, and means for recording the indications of said indicating means when the last means-is manipulated to permit normal operation after a period of inactivity.

4:. A machine of the type described comprising means for feeding and issuing tickets, means indicating the number of Atickets issued by said means, a closure for a chamber in said machine, and means operable upon opening of said closure to record the indications of said indicating means.

5. A machine of the type described comprising means for feeding and issuing tickets, means indicating `the number of tickets issued by said means, controlling means manipulable to prevent and permit normal operation of the first means during desired periods, a closure for a chamber in said machine, and means for recording the indications of said indicating means set in condition to operate when said closure is closed after an opening thereof and for recording the indications of said indicating means when the manipulable means is manipulated to permit normal operation affter the closing of said closure and after a period of inactivity.

6. A machine of the type described comprising means for feeding and issuing tickets, means indicating the number of tickets issued by said means, and means for automatically recording at predetermined time intervals indications of said indicating means and the time of said recording.

7. A machine of the type described comprising means for feeding and issuing tickets, controlling means manipulable to prevent and permit normal operation of said means during desired periods, and means for recording ythe time when the last means is manipulated to permit normal operation after a period of inactivity.

protect by Letters 8. A machine of the type described comprising means for feeding and issuing tickets, means in` dicating the number of tickets issued by said means, means for automatically recording on a record member at predetermined time intervals the indications of said indicating means, means manually manipulable for additionally recording on the record member the indications of said indicating means at the time of manual manipulation, and means for feeding said record member between successive recordings.

9. A machine of the type described comprising means for feeding and issuing tickets, meansy indicating the number of tickets issued by said means, manually operable means for recording on a recordk member the indications of said indicating means, and means for feeding said record member between successive recordings.

l0. A machine of the type described comprising means for feeding and issuing tickets, means indicating the number of tickets issued by said means, a chamber arranged to receive a record member, a closure for said chamber, and means for automatically recording at predetermined time intervals indications of said indicating means on the record member when the closure is closed.

11. A machine of fthe type described comprising means for feeding and issuing tickets, means indicating the number of tickets issued by said means, a chamber arranged to receive a record member, a closure for said chamber, and means for recording'on the record member, when said closure is opened, the indications of said indicating means.

12. A machine of the type described comprising means for feeding and issuing tickets, means indicating the number of tickets issued by said means, a chamber arranged to receive a record member, controlling means manipulable to prevent and permit normal operation of the first means during desired periods, and means for recording on the record member the indications of said indicating means when the manipulable means is manipulated to permit normal operation. l

13. A machine of the type described comprising means for feeding and issuing tickets, means indicating the number of tickets issued by said means, a chamber arranged to receive a record member, a closure for said chamber, controlling means manipulable to prevent and permit normal operation of the first means during desired periods, and means for recording the indications of said indicating means when the manipulable means is manipulated to permit normal operation only following an opening and reclosing of said closure.

14. A machine of the type described comprising means for feeding and issuing tickets, means indicating the number of tickets issued by said means, a chamber arranged to receive a record member, a closure for said chamber, controlling means manipulable to prevent and permit normal operation of the first means during desired periods, and means for recording on the record member the indications of said indicating means when said closure is opened, said last means being operative after the closing of said closure only 

